Cloudmother Floater model overview
Bugvex / Air
MMW / BUGVEX BROODS

Cloudmother Floater

Aerial support and coordination node

Cloudmother Floater is a Prime-tier Bugvex atmospheric support organism of the Driftspore Floater family. Gas-bearing organs hold its sensory membranes above the battlefield, allowing it to seed spores and coordinate dispersed organisms while drifting with minimal disturbance.

BugvexAerial support and coordination nodeairAerial SupportSpore SeedingBattlefield Observation
FACTIONBugvex
OPERATING DOMAINSAir
CONCEPT DIMENSIONSLength 13.9 m × Width 25 m × Height 16.9 m
01 / ORGANISM RECORD

Overview

Cloudmother Floater is a Prime-tier Bugvex atmospheric support organism of the Driftspore Floater family. Gas-bearing organs hold its sensory membranes above the battlefield, allowing it to seed spores and coordinate dispersed organisms while drifting with minimal disturbance.

02 / VISUAL RECORD

Organism Profile

Cloudmother Floater — Top view
Top view
Cloudmother Floater — Bottom view
Bottom view
Cloudmother Floater — Left view
Left view
Cloudmother Floater — Right view
Right view
Cloudmother Floater — Front view
Front view
Cloudmother Floater — Rear view
Rear view
03 / ORGANISM RECORD

Dimensions & Scale

Length 13.9 m × Width 25 m × Height 16.9 m. Proposed concept dimensions use the midpoint of the supplied size range and the supplied visual proportions; height includes the full body and appendages.

Proposed living flight mass: approximately 2.4 ton (metric tons). Fictional estimate based on size, anatomy and operating environment; not measured performance.

04 / ORGANISM RECORD

Weapons & Armament

Spore-release organs seed selected areas and produce a concealing sensor haze. Observation bio-organs guide nearby warforms toward detected movement. These systems emphasize support and disruption; heavy armor-piercing weapons are not assigned.

05 / ORGANISM RECORD

External Anatomy

Pale buoyancy lobes sit inside a continuous network of ribs and tension-bearing tissues. Stabilizing vanes extend from thick roots, while sensory membranes hang beneath the central body. Its broad span supports distributed observation rather than an armored assault profile.

06 / ORGANISM RECORD

Functional Architecture

Proposed compartmented gas organs regulate lift while local nerve clusters coordinate the hanging sensors. Nutrient circulation feeds the broad membranes and replenishes spore stores. A central coordination web filters observations before passing short-range biological cues to associated warforms.

07 / ORGANISM RECORD

Technical Specifications

Offensive rating: 24/100 — Spore-release organs seed selected areas and produce a concealing sensor haze

Defensive rating: 30/100 — Separated buoyancy regions provide limited redundancy

Mobility rating: 35/100 — Silent buoyant drift provides the primary atmospheric movement

Tactical cognition rating: 84/100 — Proposed compartmented gas organs regulate lift while local nerve clusters coordinate the hanging sensors

Endurance rating: 69/100 — Slow powered movement leaves it vulnerable to strong winds and fast interceptors

Fleet support rating: 89/100 — Persistent observation and broad support coverage help dispersed ground and air organisms act together

08 / ORGANISM RECORD

Battlefield Role

Aerial support and coordination node. Cloudmother Floater is a Prime-tier Bugvex atmospheric support organism of the Driftspore Floater family. Gas-bearing organs hold its sensory membranes above the battlefield, allowing it to seed spores and coordinate dispersed organisms while drifting with minimal disturbance.

09 / ORGANISM RECORD

Atmospheric Operations

Silent buoyant drift provides the primary atmospheric movement. Small powered corrections and vane adjustments maintain orientation and altitude. Wind, air density and damaged lift organs affect station keeping. Vacuum operation is not part of the supplied design.

10 / ORGANISM RECORD

Defense Architecture

Separated buoyancy regions provide limited redundancy. Sensor haze obscures exact position, and distributed observation allows early withdrawal. The soft membranes require protection from nearby escort organisms.

11 / ORGANISM RECORD

Operational Limits

Slow powered movement leaves it vulnerable to strong winds and fast interceptors. Punctures reduce lift, while damaged sensory curtains degrade observation. Spore reserves are finite, and the organism cannot remain effective in every atmospheric composition.

12 / ORGANISM RECORD

Strategic Strengths

Persistent observation and broad support coverage help dispersed ground and air organisms act together. Low-disturbance drifting and distributed sensing make it useful behind a protected front.

13 / TACTICAL PROFILE

Capability Assessment

Proposed fictional doctrine profile: Persistent observation and broad support coverage help dispersed ground and air organisms act together. Low-disturbance drifting and distributed sensing make it useful behind a protected front. Ratings describe intended battlefield roles rather than measured performance.

AttackDefenseMobilityTactical CognitionEnduranceSupport

C · 55.2

Attack24 / 100
Defense30 / 100
Mobility35 / 100
Tactical Cognition84 / 100
Endurance69 / 100
Support89 / 100

Fleet-wide concept rating, 0–100; not simulated performance. Specialized strengths do not imply an equally high overall grade. Tactical Cognition describes sensing, coordination and command. Grade is the equal-weight mean: S ≥ 90, A ≥ 75, B ≥ 60, C ≥ 45, D < 45.

Technology Level

T0 — atmospheric biological flight, sensing and local coordination

Weapon Class

Proposed W0 — indirect battlefield support and localized biological disruption

T0 planetary · T1 system flight · T2 phase travel · T3 limited world engineering. W0 point defense · W1 ship combat · W2 heavy fleet combat · W3 strategic theater systems. Technology and weapon classes are independent of the profile grade.

14 / ORIGIN & SERVICE RECORD

History & Lineage

Universe lore · authored service history

Origin

Grown as the elevated coordination layer of a distributed Bugvex formation, prioritizing observation, atmospheric endurance and biological seeding over direct firepower

Lineage & Branch

Driftspore Floater family, Prime variant. Enlarged buoyancy organs support a wider sensory and coordination footprint.

Brood or Swarm

Bugvex — Atmospheric Warforms

Individual History

The Pale Canopy — In this authored account, a Cloudmother holds above a sheltered valley while scattered ground organisms regroup below. Its hanging sensors detect movement beyond a ridge, and the formation changes route before the approaching patrol gains a clear view.

The Falling Wind — A sudden downdraft forces the floater lower. It reduces spore release, folds its exposed sensory curtains inward and follows a protected air channel until its escort can rejoin it. The event illustrates how weather governs its support role.

Official Release